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IPS 208 Johan S. et al.
                  b.  Enhanced data visualisation through geo-referencing
                      While  the  IFS  regulation  allows  costs  and  burdens  to  be  reduced,  it
                  enhances the potential for geographical data analysis. The regulation requires
                  information on the geographical location of each farm, namely the code of the
                  cell where each farm is located (using the 1 km INSPIRE statistical units grid
                                          2
                  for pan-European usage ). INSPIRE is based on the infrastructure for spatial
                  information established and operated by the EU member states. It enables
                  environmental  spatial  information  to  be  shared  among  public  sector
                  organisations and assists in policy-making across boundaries.
                      Geo-referencing of statistical information at  the farm level means that
                  each holding included in a dataset is assigned a high-accuracy geo-reference
                  code. The 1 km grid should be used as a geo-referencing framework. When
                  studying socioeconomic and environmental phenomena such as flooding, a
                  system of grids with equal-size grid cells has many advantages: it allows for
                  easy  comparisons,  ensures  stability  over  time  and  allows  for  hierarchical
                  aggregation, depending on the specific purpose.
                  INSPIRE provides recommendations on how to assign stable identifiers (codes)
                  to statistical units (agricultural holdings). Having holdings assigned to detailed
                  geographic  areas  (1  km  grid  cells)  enriches  data  analysis  and  allows
                  tabulations to be produced for additional geographic entities that are more
                  detailed  than  NUTS  and  cross-border  tabulations  when  quality  is  good
                  enough,  thereby  meeting  relevant  policy  needs.  For  example,  data  can
                  describe geographic entities such as river basin districts and Natura 2000 sites.
                  The  Commission  uses  hydrological  definitions  of  basins  and  sub-basins  to
                  assess water balance by the basin of main rivers and tributaries in the EU. IFS
                  data  is  crucial  in  making  estimates  like  this.  Tabular  data  are  treated  for
                                                                                            3
                  confidentiality and suppressed or aggregated to the upper nested grid level .
                  This occurs when tabular data are unreliable, based on the values of estimated
                  sampling  errors,  or  when  the  1  km  grid  contains  10  or  fewer  agricultural
                  holdings or is too small for the average farm size in the grid. The upper nested
                  grid cells of 5 km, 10 km or even larger are used as required. Reliable data can
                  be displayed using maps for enhanced data visualisation.

                  3.  Results
                      The new IFS regulation entered into force only in August 2018. It is thus
                  still too early to quantify exactly how much the new system will reduce the
                  burden and costs which data collections entail.
                      Before  developing  and  adopting  the  IFS  regulation,  the  Commission
                  conducted a formal impact assessment. On the basis of model scenarios, it
                  estimated that the IFS Regulation would bring net monetary savings of around


                  2  Commission Regulation (EU) No 1089/2010

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